Question

Adjust the density formula and solve the problems below:
Adjust the formula for the unknown m =

The density of silver is 110.49 g/cm3. If a sample of pure silver has a volume of 112.993 cm3, what would the mass?

Answer 1

Question #33758

Adjust the density formula and solve the problems below:

Adjust the formula for the unknown $m =$

The density of silver is $110.49\ \mathrm{g/cm^3}$. If a sample of pure silver has a

volume of $112.993\ \mathrm{cm^3}$, what would the mass?

Solution:

According to density formula, $d = \frac{m}{V}$, so $m = d \cdot V = 112.993 \times 110.49 = 12484.597\ \mathrm{g} = 12.484\ \mathrm{kg}$

**Answer:** The mass would be $12.484\ \mathrm{kg}$.